Mikasa Reversible Plate Compactor MVH-508DSZ

Mikasa Reversible Plate Compactors set the standard for efficient compaction of sand, gravel and cohesive soils in trenches and large construction projects. They offer high-compaction capacity, superior travel speeds and feature fully hydraulic direction control for easy direction change. They are ideally suited for civil construction works, drainage contractors and the rental industry.

– Hatz 14.1 hp diesel engine provides hassle free operation, low fuel consumption and long-term reliability
– Engine hour meter and tachometer for efficient management of service intervals and monitoring of engine rpm for optimum compaction performance
– Central lifting hook for safe onsite handling
– Forward/reverse control lever with built-in actuator for seamless and smooth transition between both forward and reverse motions
– Cyclonic air filtration system for superior air filtration lengthen service intervals and improve engine protection
– Anti-vibration handle for reduced hand and arm vibration transfer to the operator
– Height adjustable handle for improved operator comfort
– Sealed clutch and belt guard protects against the ingress of dust and other unwanted materials that can prematurely wear out critical clutch components and V-belt
– Robust full engine protection frame provides superior protection against engine damage and its hinge design simplifies maintenance and offers convenient access to all serviceable components

Specifications:
– Model: MVH-508DSZ
– Engine and power: Hatz 1D81S 14.1 hp
– Fuel type: Diesel
– Operating weight (without extension plates): 525 kg
– Operating weight (with extension plates): 567 kg
– Plate size (without extension plates) (wxl) : 650 mm x 900 mm
– Plate size (with extension plates) (wxl) : 800 mm x 900 mm
– Centrifugal force (max): 65 kN
– Vibration frequency: 4150 vpm
– Max travel speed*: 29 m/min
– Max gradeability: 35%
– Max compacted area: 1392 m2/h
– Average HAV: 5.5 m/s2

* Travel speeds vary based on different soil conditions. Specifications published are based on average performance results.